Implications of Quantum Informational Entropy in Some Fundamental Physical and Biophysical Models
M. Agop,Alina Gavriluţ,4 Authors,Cristina Popa
TLDR
A large multidisciplinary research theme that has been studied using a combination of fundamental theory and computational modeling, composed of a large number of elemental units that interact with each other, being called “agents” is studied.
Abstract
Complex systems are a large multidisciplinary research theme that has been studied using a combination of fundamental theory, derived especially from physics and computational modeling. This kind of systems is composed of a large number of elemental units that interact with each other, being called “agents” [1, 2, 62]. Examples of complex systems can be found in human societies, the brain, internet, ecosystems, biological evolution, stock markets, economies and many others.